70V9089S15PF8 Overview

As far as its memory type goes, it falls into the RAM, SRAM category. You can get memory ics in a Tape & Reel case. TQFP case encloses it. There are 100 terminations on the chip. There are 1 functions supported by this part as part of the comprehensive working process. The memory device is designed to be supplied with an 3.3V volt power supply in order to operate properly. In this ic memory chip, there is an 100-pin package that encloses the device. It is worth noting that this memory device has 100 pins, which indicates it has 100 memory locations. This memory chip has an operating supply voltage of 3.3V. As a result of the Surface Mount mounting configuration, this chip is designed to be straightforward, high-efficiency, and easy to install. As far as the nominal supply current of this memory component is concerned, it is rated at 220mA. Despite all its benefits, this memory chip also offers FLOW-THROUGH OR PIPELINED ARCHITECTURE for improved system performance. Using 2 ports, a single memory address can be read and/or written. A memory map of COMMON bits has been added to the I/O port addresses of this device. Memory ics must operate at a temperature of at least 0°C. Temperatures over 70°C°C are not recommended. There is a common misconception that this component is a type of SRAMs. If this part is to be used, the minimum supply voltage should not be less than 3V volts. The operating voltage of the memory ics shall not exceed 3.6V. There is an 28.5MHz frequency with which this memory chip processes data.

70V9089S15PF8 Features

Package / Case: TQFP
100 Pins
Operating Supply Voltage:3.3V
Additional Feature:FLOW-THROUGH OR PIPELINED ARCHITECTURE
I/O Type: COMMON
Freguency at 28.5MHz
28.5MHz terminals

70V9089S15PF8 Applications

There are a lot of Integrated Device Technology (IDT)
70V9089S15PF8 Memory applications.

• multimedia computers
• networking
• personal computers
• servers
• supercomputers
• telecommunications
• workstations,
• DVD disk buffer
• data buffer
• nonvolatile BIOS memory